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LDAPLibrary
3.3
Library that wrap the S.DS.P Microsoft libraries and provide a better interface and management for all the LDAP infrastructures
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The library is based on System.DirectoryServices.Protocols methods see here for more information about the middleware. With this you can manage the LDAP tree/subtree with read and write operations like:
Watch the relative interface in the ILDAPManager.cs file.
The philosophy used in this library bargains for the presence of an administrator user that have permissions, on a specified node of the LDAP tree where he can operate some of the previous operations. There's also some particular configuration of the library where the presence of the Administrator user is not needed.
To make all things work the library needs a set of input parameters. Check the table below for the details of this parameters
| Parameter Name | Meaning | Example | Optional Value | Default Value |
|---|---|---|---|---|
| LDAPServer | URL of the LDAP server with port | <IP_ADDRESS>:389 | No | |
| LDAPAuthType | see this page for the correct value. | Basic | No | |
| LDAPAdminMode | used to specify if the LDAP Library need to connect with: Admin, NoAdmin or Anonymous mode to the LDAP server in order to perform the operations. | Admin | No | |
| LDAPAdminUserDN | Distinguished Name of the Admin User | cn=Manager,dc=maxcrc,dc=com | No, if the LDAPAdminMode in Admin. Yes Otherwise | |
| LDAPAdminUserCN | Common Name of the Admin User | Manager | No, if the LDAPAdminMode in Admin. Yes Otherwise | |
| LDAPAdminUserSN | Surename of the Admin User | Cool | No, if the LDAPAdminMode in Admin. Yes Otherwise | |
| LDAPAdminUserPassword | Password of the Admin User | secret | No, if the LDAPAdminMode in Admin. Yes Otherwise | |
| LDAPUserObjectClass | The attribute ObjectClass used to indentify an user | person | Requested only in the Full Library Constructor | person |
| LDAPMatchFieldUsername | Field used in search filter to know what is the LDAP attribute to match with username | cn | Requested only in the Full Library Constructor | cn |
| LDAPSearchBaseDN | Base node where the library can operate (search, connect, create, modify) | ou=People,dc=maxcrc,dc=com | No | |
| enableLDAPLibraryLog | Show where log the library. Possible values: File, EventViewer, None | File | No | |
| LDAPLibraryLogPath | Location into write the log file if the enableLDAPLibraryLog has value File. (optional value) | C:..... | No, if theenableLDAPLibraryLog is File | |
| secureSocketLayerFlag | Specify if establish the connection through SecureSocketLayer | true | Requested only in the Full Library Constructor | false |
| transportSocketLayerFlag | Specify if establish the connection through TransportSocketLayer | true | Requested only in the Full Library Constructor | false |
| ClientCertificationFlag | Specify if establish the connection through a specific Certification file | true | Requested only in the Full Library Constructor | false |
| clientCertificatePath | Path of a certificate file | C:...... | Requested only in the Full Library Constructor | "" |
Here some example of how to use the library to perform the main operations. You can see this code in action in the unit test project inside the repository.
Parameters used in those snippets:
```cs #region Users
//READ ONLY USER private const string ReadOnlyUserCn = "Matteo"; private const string ReadOnlyUserPwd = "1"; private const string ReadOnlyUserDn = "cn=" + ReadOnlyUserCn + ",o=ApexNet,ou=People,dc=maxcrc,dc=com"; //WRITE USER THIS MUST NOT EXIST INITIALLY private const string WriteUserCn = "Fabio"; private const string WriteUserPwd = "1"; private const string WriteUserDn = "cn=" + WriteUserCn + ",o=ApexNet,ou=People,dc=maxcrc,dc=com";
#endregion
#region Localhost Configuration
private const AuthType LdapAuthType = AuthType.Basic; private const string LdapServer = "<IP_ADDRESS>:389";
private const string LdapAdminUserDn = "cn=Manager,dc=maxcrc,dc=com"; private const string LdapAdminUserCn = "Manager"; private const string LdapAdminUserSn = "test"; private const string LdapAdminUserPassword = "secret";
private const string LdapSearchBaseDn = "o=ApexNet,ou=People,dc=maxcrc,dc=com"; private const string LdapUserObjectClass = "person"; private const string LdapMatchFieldUsername = "cn"; private const LoggerType EnableLdapLibraryLog = LoggerType.File; private const bool SecureSocketLayerFlag = false; private const bool TransportSocketLayerFlag = false; private const bool ClientCertificationFlag = false; private const string ClientCertificatePath = "null"; private const LDAPAdminMode AdminMode = LDAPAdminMode.Admin;
private static readonly LdapUser AdminUser = new LdapUser(LdapAdminUserDn, LdapAdminUserCn, LdapAdminUserSn, new Dictionary<string, List<string>> {{"userPassword", new List<string> {LdapAdminUserPassword}}});
private static readonly string LdapLibraryLogPath = string.Format("{0}", AppDomain.CurrentDomain.BaseDirectory);
```
those parameters are a localhost installation of openLDAP for windows Here a guide to the installation. I suggest to install with the MDB (Memory Mapped Database) option.
The ReadOnlyUser already exist in the LDAP localhost test enviroment, the WriteUser not. Either will be instantiate in the tests.
The LDAP User object is an entity used inside the library to manage the users and their attributes. It's used in the whole library as input and output parameters. Here's a simple snippet showing how to create one of this entities.
```cs private static readonly LdapUser AdminUser = new LdapUser(LdapAdminUserDn, LdapAdminUserCn, LdapAdminUserSn, new Dictionary<string, List<string>> {{"userPassword", new List<string> {LdapAdminUserPassword}}}); ```
As you can see the DN, CN and SN attribute are required for the creation. The last parameter specify the key-value pairs of attributes for the specific user. Attention: with this creation the ldap system is not modified, no operation will be perform. To apply some change use the operations below.
Here's how to init the library with all the parameters and with another simplest constructor with only the needed parameters. The optional parameters in this case will be inizialized with the default values. ```cs ILdapManager _ldapManagerObj = new LdapManager(AdminUser,AdminMode, LdapServer, LdapSearchBaseDn, LdapAuthType, SecureSocketLayerFlag, TransportSocketLayerFlag, ClientCertificationFlag, ClientCertificatePath, EnableLdapLibraryLog, LdapLibraryLogPath, LdapUserObjectClass, LdapMatchFieldUsername );
ILdapManager _ldapManagerObj = new LdapManager(AdminUser, AdminMode, LdapServer, LdapSearchBaseDn, LdapAuthType, EnableLdapLibraryLog, LdapLibraryLogPath ); ```
In order to use the library with CRUD operations, first of all, it's required to connect the admin user with this call:
```cs _ldapManagerObj.Connect() ```
with the Anonymous and NoAdmin mode this operation is not required, but probably the library will be unable to perform the write operations on the user. It depends from the policy of the LDAP system to query.
For every read operation there's a test also with write permission. Check the Unit Test Project code for details.
Here's how to test directly the connection of an user. It can be usefull in case you want to check the connection of a specified user after a large search in the LDAP system or in case of a NoAdmin mode, where the ldap system respond directly to the connect method and you don't need to provide a dn attribute for instance.
```cs bool result = _ldapManagerObj.Connect(new NetworkCredential( ReadOnlyUserDn, ReadOnlyUserPwd, ""), SecureSocketLayerFlag, TransportSocketLayerFlag, ClientCertificationFlag);
Assert.IsTrue(result); ```
Here's how to search an user and try directly to connect it. This method is a syntactic sugar, it can be done executing first the search operation and after the connect one.
```cs bool result = _ldapManagerObj.SearchUserAndConnect(ReadOnlyUserCn, ReadOnlyUserPwd);
Assert.IsTrue(result); ```
In this snippet there's showed how to search a set of users and also how to specify a particular set of returning attributes of the users result. The search operation happens using LDAPSearchBaseDN as a base root node and the LDAPMatchFieldUsername after the result of the search, in order to know what is the parameter to match the username, and try the connect operation.
```cs string[] userIdToSearch = { ReadOnlyUserCn }; string[] fakeuserIdToSearch = { WriteUserCn }; var userAttributeToReturnBySearch = new List<string> { "description" };
List<ILdapUser> returnUsers;
bool result = _ldapManagerObj.SearchUsers(userAttributeToReturnBySearch, fakeuserIdToSearch, out returnUsers);
Assert.IsFalse(result); Assert.AreEqual(_ldapManagerObj.GetLdapMessage().Split('-')[1].Substring(1), "LDAP SEARCH USER ERROR: ");
result = _ldapManagerObj.SearchUsers(null, userIdToSearch, out returnUsers);
Assert.IsTrue(result); Assert.AreEqual(returnUsers.Count, userIdToSearch.Length); Assert.AreEqual(returnUsers[0].GetUserCn(), ReadOnlyUserCn); Assert.IsTrue(returnUsers[0].GetUserAttributes().Count == 0);
result = _ldapManagerObj.SearchUsers(userAttributeToReturnBySearch, userIdToSearch, out returnUsers);
Assert.IsTrue(result); Assert.AreEqual(returnUsers.Count, userIdToSearch.Length); Assert.AreEqual(returnUsers[0].GetUserCn(), ReadOnlyUserCn); ```
Here's a snippet to create a new user:
```cs //Init the DLL and connect the admin TestAdminConnect();
//Create existing user bool result = _ldapManagerObj.CreateUser(existingUser);
//Assert the correct operations Assert.IsFalse(result); Assert.AreEqual(_ldapManagerObj.GetLdapMessage().Split('-')[1].Substring(1), "LDAP CREATE USER ERROR: ");
//Create user result = _ldapManagerObj.CreateUser(tempUser);
//Assert the correct operations Assert.IsTrue(result); Assert.AreEqual(_ldapManagerObj.GetLdapMessage().Split('-')[1].Substring(1), "LDAP USER MANIPULATION SUCCESS: "); ```
As you can see, in the first call to the CreateUser method it return false because the user already exist in the system, but in the second call the result is true for a new user. Another thing to mention here is the call at the GetLdapMessage method that return the last executed operation output message.
In the same way for the create user here you can see two call of the DeleteUser and the relative out message.
```cs //Delete user result = _ldapManagerObj.DeleteUser(testLdapUser);
//Assert the correct operations Assert.IsTrue(result); Assert.AreEqual(_ldapManagerObj.GetLdapMessage().Split('-')[1].Substring(1), "LDAP USER MANIPULATION SUCCESS: ");
//Delete user again with error result = _ldapManagerObj.DeleteUser(testLdapUser);
//Assert the correct operations Assert.IsFalse(result); Assert.AreEqual(_ldapManagerObj.GetLdapMessage().Split('-')[1].Substring(1), "LDAP DELETE USER ERROR: "); ```
In this snippet is used the ModifyUserAttribute. The first few lines is showed the creation of the testuser object, so you can see what attributes it has. In the first call of the modify method is showed a wrong call that return a false value. This is because the attribute involved is a fake one and don't exist in the user's attributes set ("ciccio"). The second one is a successfull call that change the value of description attribute. As always is also showed the output message of the library.
```cs
var testLdapUser = new LdapUser(WriteUserDn, WriteUserCn, "test", new Dictionary<string, List<string>> {{"description", new List<string> {"test"}}}); bool result = _ldapManagerObj.CreateUser(testLdapUser);
Assert.IsTrue(result);
List<ILdapUser> returnUsers; const string userAttributeValue = "description Modified";
result = _ldapManagerObj.ModifyUserAttribute(DirectoryAttributeOperation.Delete, testLdapUser, "ciccio", userAttributeValue);
Assert.IsFalse(result); Assert.AreEqual(_ldapManagerObj.GetLdapMessage().Split('-')[1].Substring(1), "LDAP MODIFY USER ATTRIBUTE ERROR: ");
result = _ldapManagerObj.ModifyUserAttribute(DirectoryAttributeOperation.Replace, testLdapUser, "description", userAttributeValue);
Assert.IsTrue(result); Assert.AreEqual(_ldapManagerObj.GetLdapMessage().Split('-')[1].Substring(1), "LDAP USER MANIPULATION SUCCESS: "); ```
In this case there's only a success call of the Change User Password. Later is test the connection with the old and new credentials using the Connect(NetworkCredential) method, you can check out this part in the unit test project.
```cs var testUser = new LdapUser(WriteUserDn, WriteUserCn, "test", new Dictionary<string, List<string>> {{"userPassword", new List<string> {WriteUserPwd}}}); //Create the user bool result = _ldapManagerObj.CreateUser(testUser);
Assert.IsTrue(result);
//Perform change of password result = _ldapManagerObj.ChangeUserPassword(testUser, newPassword); Assert.IsTrue(result); Assert.AreEqual(_ldapManagerObj.GetLdapMessage().Split('-')[1].Substring(1), "LDAP USER MANIPULATION SUCCESS: "); ```
If you want to explore every part of the library, you can check the online documentation and the CodeCoverage


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Assimp
5.0.1, master @ cd42b955
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Represents a color in Red-Green-Blue space. More...
Public Member Functions | |
| aiColor3D () AI_NO_EXCEPT | |
| aiColor3D (ai_real _r) | |
| aiColor3D (ai_real _r, ai_real _g, ai_real _b) | |
| aiColor3D (const aiColor3D &o) | |
| bool | IsBlack () const |
| Check whether a color is black. More... | |
| bool | operator!= (const aiColor3D &other) const |
| Component-wise inverse comparison. More... | |
| aiColor3D | operator* (ai_real f) const |
| Multiply with a scalar. More... | |
| aiColor3D | operator* (const aiColor3D &c) const |
| Component-wise multiplication. More... | |
| aiColor3D | operator+ (const aiColor3D &c) const |
| Component-wise addition. More... | |
| aiColor3D | operator- (const aiColor3D &c) const |
| Component-wise subtraction. More... | |
| bool | operator< (const aiColor3D &other) const |
| Component-wise comparison. More... | |
| aiColor3D & | operator= (const aiColor3D &o) |
| bool | operator== (const aiColor3D &other) const |
| Component-wise comparison. More... | |
| ai_real & | operator[] (unsigned int i) |
| Access a specific color component. More... | |
| ai_real | operator[] (unsigned int i) const |
| Access a specific color component. More... | |
Public Attributes | |
| ai_real | b |
| ai_real | g |
| ai_real | r |
| Red, green and blue color values. More... | |
Represents a color in Red-Green-Blue space.
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Check whether a color is black.
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Component-wise inverse comparison.
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Component-wise comparison.
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Component-wise comparison.
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Access a specific color component.
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Access a specific color component.
| ai_real aiColor3D::b |
| ai_real aiColor3D::g |
| ai_real aiColor3D::r |
Red, green and blue color values.


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I'm A Celebrity's Kate Garraway has viewers in tears after astonishing innuendo
Kate Garraway made an offer in the jungle that was enough to bring blushes to the cheeks of the male campmates in I'm A Celebrity after Andrew Maxwell began choking
by Irishmirror.ieKate Garraway has brought tears to the eyes of viewers at home after she made an astonishing offer in the I'm A Celebrity camp.
The 52-year-old Good Morning Britain presenter had just helped comedian Andrew Maxwell from choking on camel steak, when she propositioned him with an extraordinary offer.
The pair were part of the group at the Jailhouse, who were celebrating soap star Jacqueline Jossa winning them a full meal alongside with former X Factor winner, Myles Stephenson.
There was drama though, as Andrew was so pleased to be eating a meal after rice and beans and basic rations, that he seemed to shovel it into his mouth at a rate of knots.
A piece of camel meat then got lodged in his throat, dropping him to his knees as the fellow campmates rushed to his assistance.
After he was saved from a brush with death, former EastEnders star Cliff Parisi offered to chew Andrew's food first to save him from suffering like that again.
Kate Garraway then piped in, offering: "I can chew your meat anytime you need!"
Realising her faux-pas, Kate quickly tried to retract that offer, saying that it had come out wrong but viewers at home were already in hysterics at the classic innuendo.
Twitter was flooded with those watching who wanted to share their delight at Kate's offer.
One viewer tweeted: "'I can eat your meat any time you need' God help us!!!! Hilarious, @kategarraway #imaceleb2019"
Another wrote: "@kategarraway I will chew on your meat anytime made me actually made me cry with laughter #imaceleb2019"
A third tweeted: "'I can chew your meat anytime you need' Kate Garraway you wee minx"
While Kate may be away from the main camp, she has certainly leaped up the rankings as to who will win I'm A Celebrity, as viewers have warmed to her personality.
Do you have a story to sell? Get in touch with us at<EMAIL_ADDRESS>or call us direct 0207 29 33033.


This is my blog, containing a few posts exploring the Julia language and my ongoing attempts to learn 2D vector graphics with it. Nearly every graphic you see here uses my simple wrapper for the Cairo graphics library, called Luxor.jl.
juliacon2023 2023-08-08
Infographic 2023-06-25
Modern 2023-06-22
Rainbow 2023-05-17
Fediverse 2022-11-15
Asterisk 2020-10-09
Depth 2020-09-22
View 2020-09-05
World 2020-08-13
JuliaMono 2020-07-26
Mauve 2020-02-13
Slackmojif 2019-06-23
Pentachoron 2019-04-03
π day 2019-03-13
Automata 2018-11-29
Random noise 2018-10-11
Guilloches 2018-08-10
Bezier Moi 2018-06-20
String logo 2018-05-05
Some π-ography 2018-03-14
Pluto 2015-06-02
You can also find something to look at on Flickr and on YouTube.
If you have comments, criticisms, or questions, please open an issue at cormullion.github.io.


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SourceLab
Version 0.9.0-363
Source It Out!
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Stores a pair of items. More...
Public Member Functions | |
| function | sl_CPair (in varargin) |
| sl_CPair class constructor | |
| function get | first (in obj) |
| Returns first component. | |
| function get | second (in obj) |
| Returns second component. | |
| function set | first (in obj, in p_value) |
| Sets first component. | |
| function set | second (in obj, in p_value) |
| Sets second component. | |
| function | ne (in p1, in p2) |
| Overloads operator ~= (!=) | |
| function | lt (in p1, in p2) |
| Overloads operator <. | |
| function | plot (in obj, in varargin) |
| Plots both items of the pair. | |
| function | save (in obj, in filename) |
| ToDo. | |
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| static function | Type () |
| Returns the type of the class. | |
| static function | Name () |
| Returns the name of the class. | |
| static function | load (in filename) |
| ToDo. | |
Public Attributes | |
| Property | first |
| Access property for the first item. | |
| Property | second |
| Access property for the second item. | |
Private Attributes | |
| Property | m_datFirst |
| Holds the first item. | |
| Property | m_datSecond |
| Holds the second item. |
Stores a pair of items.
The sl_CPair class is a template class that stores a pair of items.
| function sl_CPair | ( | in | varargin | ) |
sl_CPair class constructor
The sl_CPair class constructor takes different input arguments. Option 1: sl_CPair (); Option 2: sl_CPair ( sl_CPair other ) -> copy constructor; Option 3: sl_CPair( value1, value2 )
| varargin | different options (see descritpion) |
| function get first | ( | in | obj | ) |
Returns first component.
Returns the first component of the pair.
| function set first | ( | in | obj, |
| in | p_value | ||
| ) |
Sets first component.
Sets the first component of the pair.
| p_value | The value which will be assigned to the first component. |
| static function load | ( | in | filename | ) | [static, inherited] |
| function lt | ( | in | p1, |
| in | p2 | ||
| ) |
Overloads operator <.
Returns true if p1 is less than p2; otherwise returns false. The comparison is done on the first members of p1 and p2; if they compare equal, the second members are compared to break the tie.
This function requires the T1 and T2 types to have an implementation of operator<().
| p1 | pair one to compare |
| p2 | pair two to compare |
| static function Name | ( | ) | [static, virtual] |
| function ne | ( | in | p1, |
| in | p2 | ||
| ) |
Overloads operator ~= (!=)
Returns true if p1 is not equal to p2; otherwise returns false. Two pairs compare as not equal if their first data members are not equal or if their second data members are not equal.
This function requires the T1 and T2 types to have an implementation of operator==().
| p1 | pair one to compare |
| p2 | pair two to compare |
| function plot | ( | in | obj, |
| in | varargin | ||
| ) |
Plots both items of the pair.
| function save | ( | in | obj, |
| in | filename | ||
| ) | [inherited] |
ToDo.
ToDo ToDo
| obj | Instance of the class object |
| filename | ToDo |
Reimplemented from sl_IModel.
| function get second | ( | in | obj | ) |
Returns second component.
Returns the second component of the pair.
| function set second | ( | in | obj, |
| in | p_value | ||
| ) |
Sets second component.
Sets the second component of the pair.
| p_value | The value which will be assigned to the second component. |
| static function Type | ( | ) | [static, virtual] |
| Property first |
Access property for the first item.
Property m_datFirst [private] |
Holds the first item.
Property m_datSecond [private] |
Holds the second item.
| Property second |
Access property for the second item.


The fonts used for this is site includes:
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"Libre Baskerville" is used for text adjacent to images that possess short lengths and are intended to catch the eye
"PT sans" and "Roboto" are the main fonts used for general text purposes with "PT Sans being the primary font".
"Roboto Slab" is used for the main logo and important titles.
Lato is the primary font used for headings.
The default font size for this site is 16px however the recommended size for main page articles is 20px.
The color theme throughout the site are light and low saturation colors which was what the results from the initial survey suggested most people preferred. In general complementary colors are used when multiple colors are layered on each other
Darker low saturation colors are used when the User hovers or clicks on links to provide a nice visual contrast
When an image is adjacent to text container the color should approximately match
The colors were chosen for purpose of setting a light and soothing mood for the user
The design was approached with the philosophy of being clean, minimalistic and simplistic while at the same time being functional and soothing to use.
The website was composed with Tullis' study in mind such that no parent "section" would have more than 62% covered by child elements and that overall the main sections would not take up more than 40% of screen space.


Configuration of Applications, Servers, and Containers
Complicated applications, deployed on multiple servers, have complicated configurations. How do you describe the configuration of a single part of that system, and all the layers underneath, and get it right? Once you have that right, now make a testing environment, or migrate to a new cloud provider. To get a background in why configurations are getting complicated, watch Configuration Pinocchio, presented at SREcon15 Europe.
Flabbergast makes this easier: it helps to describe configuration and it can handle the whole stack: from application to metal. Flabbergast provides a flexible template system to compose and recompose configurations and generate an output description, in any format you need. It happily nests systems together: the templates for an application and a container manager can be married with a minimum of fuss and “plumbing”, copying data from one place to another.
What it is and isn't
Flabbergast is two things: a programming language geared to generating configurations and a library of templates to help generate correct configurations before they are deployed. Unlike Chef or Puppet, Flabbergast doesn't deploy configurations; it's a system for describing configuration. A way to explain the state of the world to push out, through whatever means suit your application.
Bascially, you write a Flabbergast program that generates some complicated output file.
As a language, Flabbergast is a little unusual. In most languages, it's your job as the programmer to move data around through parameters, arguments, fields, and closures. For configuration files, you don't want to have to shuttle information around, so Flabbergast does it for you. It uses contextual lookup to find information so you can define things where it makes sense and not worry about copying it to where it gets used.
Getting Started
For a quick introduction, have a look at the primer slide deck. To really get started, take a look at the manual. There are some serious examples and some fun Rosetta Code examples. The API docs are also available.
If you are on Ubuntu or Debian, it's a snap using a PPA. The most recent version is also posted to Maven Central. Follow the installation instructions.
Here's a small example for generating an Apache Aurora configuration.
aurora_lib : From lib:apache/aurora # Import the Aurora library. cluster : "cluster1" role : "jrhacker" resources : { cpu : 0.1 ram : 16Mi disk : 16Mi } hw_file : aurora_lib.aurora_file { # Create an Aurora configuration file jobs : [ job { # Create a job. This could also be aurora_lib.job, but we have nothing else named job. instances : 1 # One replica of this job should run. job_name : "hello_world" # Provide a friendly job name. task : aurora_lib.task { processes : { # Define the processes ⋯ hw : process { # ⋯ using process template process_name : "hw" # The name of this process will be hw command_line : [ "echo hello world" ] # The command line we want to run. } } } } ] } value : hw_file.value # Flabbergast is going to dump this string to the output.
One of the things that makes Flabbergast special is it uses contextual lookup, that allows you to define thing where they make sense for your needs, rather than what the original author imagined. So, you can write the above config as:
aurora_lib : From lib:apache/aurora cluster : "cluster1" role : "jrhacker" resources : { cpu : 0.1 ram : 16Mi disk : 8Mi } hw_file : aurora_lib.aurora_file { jobs : [ job { resources : { disk : 16Mi This disk resource will be used since it is “closer”. } instances : 1 job_name : "hello_world" task : aurora_lib.task { processes : { hw : process { process_name : "hw" command_line : [ "echo hello world" ] } } } } ] } value : hw_file.value
and get the same result. Flabbbergast's contextual lookup will find the “closest” match, so you can shuffle your definitions to share things that should be shared without having to copy variables around.
Have a look at a sophisticated Flabbergast+Aurora example that makes use of Flabbergast's lookup to provide multiple geographic configurations, repeated server configuration, service discovery, and testing configurations.
Comparison
| Language | Flabbergast | Coil | HOCON | Jsonnet | NixOS | Pan | Pystachio |
|---|---|---|---|---|---|---|---|
| Paradigm | Functional | Functional | Imperative° | Functional | Functional | Imperative | Imperative |
| Side-effect Free | Yes | Yes | No | Yes | Yes | No | Hybrid° |
| Inheritance | Prototype | Prototype | Prototype | Prototype | None | Class-based | Class-based |
| Typing Strength | Strong | Weak | Weak | Strong | Strong | Strong | Strong |
| Typing Enforcement | Dynamic | Dynamic | Dynamic | Dynamic | Dynamic | Hybrid° | Dynamic |
| Schema Validation | None | None | None | None | None | Assignment | Request |
| Turing Complete | Yes | No | No | Yes | Yes | Yes | No |
| Scoping | Dynamic | Lexical | Lexical | Lexical | Lexical | Lexical | Hybrid° |
| Default Propagation | Scope, inheritance | Inheritance | Inheritance | Inheritance | Operator | Inheritance | Inheritance |
| Output Format | Text, Custom | Python objects | Java, Python, or Ruby objects | JSON | Java objects | JSON, XML | Python objects |
° Depends on context. See SREcon15 Europe Configuration Pinocchio paper for details.
Support and Community
We are on the Internet, and plan to stay there. You can try FreeNode IRC in #flabbergast
, Google Groups, Twitter, Google+, or GitHub.


Hi there
I’m Julia; I also go by Julie, or Jules.
I’m a marine ecologist championing kinder, better science in less time — for future us. My main focus is how open source, data science, and environmental research can empower us to uncover climate solutions faster by working together as inclusive teams and communities. I am an active part of the open science movement.
Experience
- 2018-present: Founder & Co-Director, Openscapes. Senior Fellow, National Center for Ecological Analysis & Synthesis (NCEAS), University of California Santa Barbara (UCSB)
- 2018-2019: Mozilla Fellow
- 2013-2019: Ocean Health Index science program lead, NCEAS, UCSB
- 2012: PhD, Stanford University: Drivers and impacts of Humboldt squid in a changing climate


Runs the Codacy Scalameta Pro checks.
A config file named codacymeta.json
residing in the project root, in .idea
or in project
defines which checks will be executed.
This plugin is intended for users of Codacy who wish to navigate
the issues reported within the codacy web app also in their IDE.
For more information refer to the codacy documentation or GitHub.


{% extends "master.html" %} {% block title %}About{% endblock %} {% block content %}
This tool is used to check if students are on track for graduation. It can be used by both administrators and students. The administrators can check if a student can graduate as well as filter through class lists of students based on their graduation status. They can also see which courses each of the students can take to fulfill those requirements, while the students can see where they themselves are with respect to graduation and see which courses they can take next semester. The site also uses Google authentication with @stuy.edu emails.
{% if admin %}Before using the database, the administrator has to setup a few things first. Note that all setup links are guarded by email authentication, so the administrator will have to login first. In the Manage Database link on the top right, the administrator should upload two files: a list of student email and OSIS as well as a list of administrator emails. The list of student email and OSIS should be a csv file with the following column names (in this order, case sensitive): OSIS, LAST, FIRST, GENDER, EMAIL, CLASS. here is an example. The list of administrator emails should have one column of valid administrator emails. here is an example of that.
Those two files are what controls the user informations. The administrator also has to load the student transcript and graduation requirement files into the database. Those are also in the Manage Database link. The transcript should be an excel file (xls, xlsx) with the following column names (in this order, case sensitive): StudentID, LastName, FirstName, Grade, OffClass, School, Year, Term, Course, Course Title, Instructional Level, Mark, Credits. An example is provided here. The graduation requirement file is in JSON format. It can be downloaded from Manage Database and the format should be pretty self-explanatory. To add a track for graduation simply add another "option" to the graduation requirement in the format of other options. The "course-code" entry is a nested list of courses one can take to complete the track organized by semesters, where each entry is the list of courses one can take that semester to fulfill the requirement.
Class view is the view for administrators to see the progress of the entire school. Here a few filters are present. Firstly the administrator can search students by ID, which will give out the student page of the student with the specific ID. The administrator can also select which grade(s) are displayed. The administrator can also search by graduation requirement status. Here the administrator can select the status of each of the requirements. Note that the selection within each requirement are disjunctive (i.e. If in "Art Appreciation" both "Fulfilled" and "Missing" are checked, all the students who have either fulfilled or are missing the requirement will show up once you hit the "Update" button). The relationship between the requirements are toggled by the "AND" and "OR" selectors on top. When AND is selected, the filter will only return students who have satisfied conditions specified in all of the requirements. (i.e. If "Fulfilled" is the only checked box in all requirement fields and the "AND" selector is on, then the resulting list of students have fulfilled all requirements). The OR selector will return students who have satisfied at least one condition specified in the requirement selector. (i.e. If "Failed" is the only checked box in all requirement fields and the "OR" selector is on, then the resulting list of students have failed at least one requirement and have not successfully retaken the class). Each row (the requirements) and column (Fulfilled, Missing, Failed) can be clicked to select/deselect the row/column and the box on the top left selects/deselects the entire grid. The list of students is updated when one clicks on "Update" and can be downloaded as an Excel Spreadsheet if one clicks on "Export".
{% else %}For students the process is pretty simple, one just logs in with his/her @stuy.edu email and will be redirected to his/her page. Click on any of the links on top (apart from About) and you will be redirected to a login page. For administrators, a more detailed manual will appear here once you log in.
{% endif %} {% endblock %}


dev
cvs co <whatever>
diff
s are with dev
Q: 1. Do I need CleanSlate/StarVMC/Rotations
? I did not find where they are used?
A: It is used in StarDb/AgiGeometry/CreateGeometry.h
and is Agi
related. Will not be needed once we move to
AgML
interface
Q: 2. Do I need StTrsMaker
? It is not used any more
A: Since StTrsMaker
is not deprecated the changes were made to keep code backwards compatible,
e.g. in pre-2008 era when it is used the code will still work.
Q: 3. I do not see TPCCATracker
. Is it really not modified? Geometry of iTPC is very different.
A: Does not require changes, changes in StiCA
will hande the difference in geometry
Q: 4. There is a lot of changes in Sti related to "Alignment" Is it related to iTPC?
A: No, they are not needed for iTPC and I removed them:
>> StRoot/Sti/StiKalmanTrackFinder.cxx
Bool_t StiKalmanTrackFinder::_DoAlignment = kFALSE;
. . .
// Aligment part
if (DoAlignment()) {
UInt_t sector = track->getTpcSector();
if (sector) {
const StTpcHit *tpcHit = dynamic_cast<const StTpcHit *>(stiHit->stHit());
if (tpcHit && tpcHit->sector() != sector) continue;
}
}
If you think there is more alignment related code please let me know and I will try to figure it out.
Q: 5 - 7 About changes in Sti
A: I only see tpcPadConfig
/iTPC related changes or minor cosmetic ones that I can easily reverse, please let me know if you see others.
Q: 8. There is a __NEW_TPCCATracker__
cpp flag. That means that NEW and OLD tracker should have different libraries.
Support is not easy. QUESTION: if _NEW_TPCCATracker__ is ON, old TPC will work properly?
A: This flag is actually in dev
not in my code and it is not relevant anymore. There must be no pre-interface-change remnants in my package
diff -b -r1.5 StiCATpcTrackerInterface.cxx
2d1
< #ifdef __NEW_TPCCATracker__
6,10d4
< #else /* !  __NEW_TPCCATracker__ */
< #include "TPCCATracker/Performance/AliHLTTPCCAStiPerformance.h"
< #include "TPCCATracker/Performance/AliHLTTPCCAMergerPerformance.h"
< #endif /* __NEW_TPCCATracker__ */
< #include "StDetectorDbMaker/St_tpcPadPlanesC.h"
Q: 9. In StdEdxY2Maker flag __Use_dNdx__
is ON, but official id OFF. For iTPC only ON or not
A: I commented out __Use_dNdx__
flag from
./StRoot/StdEdxY2Maker/StdEdxY2Maker.cxx
10. In StiDetectorBuilder.cxx
, removing:
nameP.ReplaceAll("HALL_1/CAVE_1/","");
nameP.ReplaceAll("TpcRefSys_1/","");
nameP.ReplaceAll("IDSM_1/","");
nameP.ReplaceAll("PXMO_1/","");
nameP.ReplaceAll("IBMO_1/","");
nameP.ReplaceAll("TPCE_1/","");
A: This is just related to printout only as far as I understand. This cam be reverted back. Actually only these were added to shorten the name
> nameP.ReplaceAll("TpcRefSys_1/","");
> nameP.ReplaceAll("IDSM_1/","");
> nameP.ReplaceAll("PXMO_1/","");
> nameP.ReplaceAll("IBMO_1/","");
> nameP.ReplaceAll("TPCE_1/","");
Q: 11. Some asserts
in Sti are commented out.
A: I only see two asserts
removed:
>> /afs/rhic.bnl.gov/star/packages/repository/StRoot/Sti/StiHit.cxx
assert( detector->insideL(dd,7,1.5));
Above one is activated sometimes and we need to understand it.
>> /afs/rhic.bnl.gov/star/packages/repository/StRoot/Sti/StiLocalTrackSeedFinder.cxx
diff -b -r2.44 StiLocalTrackSeedFinder.cxx
197,198c197
< if (fabs(dr) <=1.e-3) return false;
< assert (fabs(dr) >1.e-3); //// || dy==0. || dz==0.);
---
> if (fabs(dr) <1.e-3) return kFALSE;
Above one is just not used because of if() return;
in previous line.
assert
that I am trying to debug.AgiGeometry
but I wante to address these points first.throw()
is replaces with printouts) and I can reverse them easily.


welcome to ChengYanJin
HomePage
My GitHub
THis is second level title
This is my first HTML page, and this is a paragrh.


The quote above by Jeff Foster is what I believe best summarizes how happiness is a matter of what's going on inside of us more than a matter of what's going on outside. We can't be mad at reality. Reality is just is. But our attitude toward reality, that's up to us.
Happiness is not always to getting what we want, but it must also be knowing how to want what we get. And for that very reason, one must learn how to want which requires us to change ourselves.
The actual process of changing oneself is not hard. What is hard is the fact that we do not, cannot, and do not want to alter ourselves. This is why the problem here is not so much that we cannot change as much as we do not want to change ourselves. I never hear anyone defines happiness as “how to want what we get.” It’s always the other way around. Worse we say, "It’s what I want, why would I question my own want?”, "It’s what I hate, why I would alter myself to not hate?”  It is the only after the damage that our wants have caused that we are willing to change. This is the common attitude which makes it so difficult to change ourselves which, in turn, makes it so difficult for us to be happy.
I am not going to lie to you: Happiness requires work and expertise. You can't master what you do not know well. And you definitely can't know anything well if you do not even know it in the first place! Thus, to master ourselves, the first step toward True Happiness is to know ourselves. Knowing ourselves is by far the most important steps in changing ourselves. It will be where we work. It is our laboratory where we do our experiment in happiness. The goal is to learn the truth and nature of ourselves and reality in order to achieve harmony between the two. (For more information, Click Here)
Once you have your practice of knowing yourself or mindfulness rock solid, you are now ready to walk toward True Happiness. Being able to walk is different from knowing where to walk to. Thus, the next step is to learn from those who have walked before us, so that we will have a road map of where we are taking ourselves toward. Happiness is delicate science which could even take more than a life-time to learn. But it is definitely the most meaningful, fulfulling, and beautiful journey you will ever take.
The result of understanding life is the ability to see it objectively.
There will be times when it is difficult for us to continue on our journey. There will be struggles. There will be confusions about how to go about this inner path. Thus, what you need is others to go with you espcially those who have already walked the path. Don't expect this journey to be a solo. It's nearly impossible alone. Thus, finding your supportive community of practictioners and people who has mastered this art of happiness is a must.
True Happiness is impossible if we are unwilling to change ourselves. And to change ourselves is simply to know ourselves. It is as simple as that.
The next section will we will look at why happiness matters to the world and how knowing ourselves is the key for making the world a better place.


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Page not found :(
The requested page could not be found.


In the Ruby language, there are many ways to use methods to help solve problems or make the code do something for you. Ruby like most other languages have built in ways to work through data to get certain information back so that one can use it for other purposes. One of those methods are #cycle.
Now let's discuss a little about enumeration and what that means. Wikipedia defines enumeration as a complete, ordered listing of all the items in a collection. The act of enumerating is to mention seperately as if in counting; name one by one; specify, as in a list. Ruby has a number of ways to do this.
With the method #cycle, when called on a set of numbers, can perform a block of code on each and every item in that set of numbers. You can also call it to enumerate over the set as many times as you like by passing it a value for however many times you would like it to go over teh set of numbers. Take note that if you do not pass it a number, it will repeat itself indefintely and cause a loop that never ends.
a = ['a', 'b', 'c']
a.cycle { |x| puts x } => print, a,b,c,a,b,c,....forever
a.cycle(2) { |x| puts x } => print, a,b,c,a,b,c.


A mission which completes an object’s methods. For this mission to match, the condition must match and the current object must have an ancestor that matches :object. Note: To access to the current object being completed on within an action, use the input’s object attribute.
Bond.complete Options:
- :action
- If an action is not specified, the default action is to complete an object’s non-operator methods.
Example:
Bond.complete(:object => 'ActiveRecord::Base') {|input| input.object.class.instance_methods(false) }


I'm A Celeb viewers ask show bosses to subtitle Nadine Coyle
by By Anna O'DonoghueFans of I’m A Celebrity: Get Me Out of Here are calling for the show to subtitle Nadine Cole as they can’t understand her accent.
The Derry-born singer entered the jungle on Sunday night and as she attempted her first feat of a sky-dive, viewers took to Twitter to say they couldn’t understand a word she was saying.
“I legit have no idea what Nadine Coyle has said yet... @ITV can we get subtitles for her please?” one use Tweeted.
Another reached out to other users to retweet to sign a petition.
Petition to get subtitles for whatever Nadine Coyle is saying on #ImACeleb - retweet to sign
Known for her strong accent, Coyle assured fellow campmate Ian Wright that she had no problem repeating she says, if needs be.
Prior to entering the jungle, the former Girls Aloud singer insisted she was determined to overcome her fears.
"I really want to try something completely new. I am scared of so many things. I used to be brave. In the past, I’ve opened a restaurant, had a record label, had my daughter and it was go, go, go with all of these," she said.


Employee
JuniorDoctor
, SeniorDoctor
public class Doctor extends Person implements Employee
| Constructor | Description |
|---|---|
Doctor(int t_ssn,
java.lang.String t_name,
char t_gender,
java.util.Date t_dateOfBirth,
int t_insuranceType,
java.lang.String t_specialization,
java.lang.String t_departmentWorksIn,
int t_annualLeaveLeft,
float t_salary) |
|
Doctor(Doctor newDoctor) |
| Modifier and Type | Method | Description |
|---|---|---|
int |
annualLeaveLeft() |
Checks how many annual leave left.
|
int |
getAnnualLeaveLeft() |
|
java.lang.String |
getDepartmentWorksIn() |
|
float |
getSalary() |
|
java.lang.String |
getSpecialization() |
|
void |
goAnnualLeave(int noDays) |
Spends annual leave of employee.
|
void |
printDetails() |
Prints details of doctor.
|
float |
salary() |
Salary of employee.
|
void |
setAnnualLeaveLeft(int annualLeaveLeft) |
|
void |
setDepartmentWorksIn(java.lang.String departmentWorksIn) |
|
void |
setSalary(float salary) |
|
void |
setSpecialization(java.lang.String specialization) |
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
getDateOfBirth, getGender, getInsurance, getName, getSsn, setDateOfBirth, setGender, setInsurance, setName, setSsn
public Doctor(int t_ssn, java.lang.String t_name, char t_gender, java.util.Date t_dateOfBirth, int t_insuranceType, java.lang.String t_specialization, java.lang.String t_departmentWorksIn, int t_annualLeaveLeft, float t_salary)
t_ssn
- t_name
- t_gender
- t_dateOfBirth
- t_insuranceType
- t_specialization
- t_departmentWorksIn
- t_annualLeaveLeft
- t_salary
- public Doctor(Doctor newDoctor)
newDoctor
- public void printDetails()
printDetails
in class Person
public float salary()
Employee
public int annualLeaveLeft()
Employee
annualLeaveLeft
in interface Employee
public void goAnnualLeave(int noDays)
Employee
goAnnualLeave
in interface Employee
noDays
- How many days want to spend.public java.lang.String getSpecialization()
public void setSpecialization(java.lang.String specialization)
public java.lang.String getDepartmentWorksIn()
public void setDepartmentWorksIn(java.lang.String departmentWorksIn)
public int getAnnualLeaveLeft()
public void setAnnualLeaveLeft(int annualLeaveLeft)
public float getSalary()
public void setSalary(float salary)


11 March 2011 - On 8 February 2011, the Ministry of Health in Sierra Leone notified WHO of two cases of yellow fever in Jahun village in Bonthe district, Southern province.
The index case was a 40 year old female, who developed symptoms on 17 January 2011 and tested positive for IgM by ELISA test conducted by Institut Pasteur in Abidjan on 1 February 2011. The WHO reference laboratory for Yellow Fever at the Institut Pasteur in Dakar confirmed the case on 8 February 2011.
The second case was an 18 year old male identified during an outbreak investigation between 11-14 February. The case tested positive for IgM by ELISA test conducted by the Institute Pasteur in Abidjan.
None of the cases had a history of yellow fever vaccination.
On 5 March 2011, the Ministry of Health of Sierra Leone began a response vaccination campaign targeting 144,479 people aged nine months and above, excluding pregnant women in Bonthe district.
Sierra Leone benefited from a yellow fever preventive mass vaccination campaign in 2009, which covered 11 out of 13 districts in the country, excluding Bonthe and Bombali districts.


Welcome to the homepage of Britney Presley!
A native of Tulsa, Oklahoma, Britney is the eldest daughter of Arthur & Tia Presley. Raised in a family of 7 children Britney quickly learned about leadership, patience, and how to deal with different complex personalities. Britney pursued a Track & Field career while attending Oklahoma State University, also taking an entrepreneural route with her own beauty shop. Upon recieving an undergraduate degree with a Bachelors in Universities Studies, the opportunity for Graduate school opened, where Britney then expressed an interest to learn more about Entrepreneurship. To her surprise, just a semester after she started the Entrepreneurship program, got the opportunity to be apart of a fellowship with the Greater Foundation. Based in Seattle, Washington the Greater Foundation created a fellowship to redefine education so that students from all backgrounds are equiped for the opportunities the 21st century presents by connecting the power of sports and technology.
Oklahoma State University
Fellowship of Christian Athletes
LifeChurch Stillwater
Greater Foundation
Graduate Assistant
Oklahoma State University
Track and Field


This is an attempt to document the options that are readily
available to users for controlling the tmprint
package, which is used internally by the CSL REDUCE GUI and the
REDUCE TeXmacs interface to generate TeX markup for typeset
maths display. Closely related code is used for the same
purpose by Run-REDUCE.
 (But do
not do this in Run-REDUCE; use the Typeset Maths check
item in the View menu.)
The (shared) variable fancy_print_df
can be set to
one of the values partial
, total
or indexed
to control the display of derivatives.
The default value is partial
. From REDUCE revision
5418 onward, typeset maths supports the dfprint
switch, and if this switch is on then
fancy_print_df
is ignored. For example, with the
following settings, derivatives are displayed as follows
(assuming depend f,x,y
and operator
g
):
Setting |
df(f,x,2,y) |
df(g(x,y),x,2,y) |
|---|---|---|
fancy_print_df := partial |
\(\frac{\partial^3 f}{\partial x^2 \partial y}\) | \(\frac{\partial^3 g(x,y)}{\partial x^2 \partial y}\) |
fancy_print_df := total |
\(\frac{d^3 f}{d x^2 d y}\) | \(\frac{d^3 g(x,y)}{d x^2 d y}\) |
fancy_print_df := indexed |
\(f_{x,x,y}\) | \(g(x,y)_{x,x,y}\) |
on dfprint |
\(f_{x,x,y}\) | \(g_{x,x,y}\) |
An operator declared print_indexed
has its
arguments displayed as indices, e.g. after print_indexed
a;
the operator value a(i,2)
is displayed as
\(a_{i,2}\). You can also declare several operators together to
be indexed, e.g.
print_indexed b, c;
(In REDUCE versions before revision 5417 the display of indexed
operators is slightly different and possibly incorrect, and
parentheses are required around multiple arguments of
print_indexed
)
The (shared) variable fancy_lower_digits
can be set
to one of the values t
, nil
or all
to control the display of digits within
identifiers. The default value is t
. Digits in an
identifier are typeset as subscripts if fancy_lower_digits
= all
or if fancy_lower_digits = t
and the
digits are all at the end. For example, with the following
values assigned
to fancy_lower_digits
, ab12cd34
and abcd34
are displayed as follows:
fancy_lower_digits |
ab12cd34 |
abcd34 |
|---|---|---|
t |
\(ab12cd34\) | \(abcd_{34}\) |
all |
\(ab_{12}cd_{34}\) | \(abcd_{34}\) |
nil |
\(ab12cd34\) | \(abcd34\) |
(However, CSL REDUCE currently displays identifiers with more than one letter in roman rather than italic font style, and Run-REDUCE currently displays implicit subscript digits in italic rather than normal font style, but I hope to have that fixed soon!)


Riak Elixir Client v1.1.6 Riak.CRDT.Map View Source
Encapsulates Riak maps
Link to this section Summary
Functions
Delete a key
from the map
Fetch the value associated to key
with the key_type
on map
Test if the key
is contained in the map
List all keys of the map
Creates a new map
Update the key
on the map
by passing the value
The value can be any other CRDT
Get the map
size
Update the key
on the map
by passing the function fun
to update the value based on the current value (if exists) as argument
The key_type must be :register, :map, :set, :flag or :counter
Get the original value of the map
Link to this section Functions
Delete a key
from the map
Fetch the value associated to key
with the key_type
on map
Test if the key
is contained in the map
List all keys of the map
Creates a new map
Update the key
on the map
by passing the value
The value can be any other CRDT
Get the map
size
Update the key
on the map
by passing the function fun
to update the value based on the current value (if exists) as argument
The key_type must be :register, :map, :set, :flag or :counter
Get the original value of the map


Bygdøynesveien 15 Residential Complex / Reiulf Ramstad Arkitekter
- Curated by María Francisca González
- about 13 hours
- version="1.0" encoding="UTF-8"? Architects: Reiulf Ramstad Arkitekter
- AreaArea of this architecture projectArea: 6820.0 m2
- version="1.0" encoding="UTF-8"?YearCompletion year of this architecture project Year: 2019
- version="1.0" encoding="UTF-8"?PhotographsPhotographs: Mariela Apollonio
- version="1.0" encoding="UTF-8"?ManufacturersBrands with products used in this architecture project Manufacturers: Randers Tegl
- Client Bygdøy Boligutvikling
- Commission Type Parallel Assignment
More Specs Less Specs
Text description provided by the architects. The project is located along Bygdøynesveien road, on the Bygdøy peninsula just outside Oslo. The area is characterized by residential buildings with large gardens and green spaces, as well as proximity to several well-known museums and landmarks. With its distinctive character, Bygdøy is a very attractive area in Oslo. The plot, a 16-acre English-style park, belonged to a New Baroque mansion that until 2012 was used as the Canadian ambassador's residence.
The main house from 1916 and the central park area are regulated for the preservation of the cultural environment, while new buildings are allowed in rows of separate villas on each side of the park. Users. The target group of the BNV15 housing project is defined by a layer of solid economy that wants quality housing and proximity to Bygdøy and its qualities. The apartment mix provides the opportunity to adapt different types of households within this segment. The architecture uses solid materials that refer to qualitative living environments. Approach.
The architecture main approach is based on the site regulation's proposal with six freestanding buildings, three on each side of the property's park facilities. Since these have different character and orientation, we have divided them into two typologies: The park houses, to the east, which lies between Bygdøynesveien and the property's park. The garden houses, to the west, located in the green area between the property's park and adjacent property to the west. Both groups refer in scale and design to the residential construction of the local context of Bygdøy.
It is important to have a nuanced approach to the place with the distinctive and valuable historical buildings on the site, while at the same time the new apartments should offer attractive housing with good indoor and outdoor space for the residents. Therefore, it is crucial to define connections to the surrounding park, the garden, the building environments and the neighboring properties.
The park houses are organized so that they face the park in the west with access from the east side towards Bygdøynesveien. The volume of each house is organized so the main entrance is clearly displayed and centrally located. This helps to articulate a simple vertical order. Essentially, the floor plan is organized according to light and orientation so that the day rooms are organized to the southwest and the park while the bedrooms mainly towards the northwest. The garden houses are oriented to the southwest and in the east facing the park with access from it. The building group has a character that addresses the surroundings in a different way in relation to the type of apartment.
The apartments on level 1 have their own private ground floor parcels facing two directions and direct access to the park. The floor plan is organized according to light and orientation so that the daytime zone always has daylight from three sides with contact both towards the park and towards the evening sun in the southwest. Materiality & Landscape. The architecture uses solid materials that refer to distinctive qualitative living environments. The buildings have cladding of light-soaked bricks in a bright design that link the buildings to the main house. The brick's special long format and unique, uneven surface give the facades a timeless look that is complemented by modern details and design language.
Brick mortar is tinted in the same color to give the facades a calm and homogeneous feel. The aim is to use a very limited material palette in addition to the brick facade, including glass in window openings, oak for entrance doors and black-lacquered window frames and technical installations. Prefabricated tile panels are used for exterior ceilings, window sills, and horizontal guardrails on the roof terraces. Brick lattice walls have been also used in front of selected windows with a special need for visibility and in larger fields on the terraces facing the garden.
The buildings are constructed with sedum roofs which help to fit in the surroundings. The outdoor areas are characterized by robust materials such as cobblestones on footpaths, plastered concrete in ramps and retaining walls, corten steel for plant boxes and black-lacquered handrails, gates and lighting elements. Beech hedges are planted between the buildings and the existing lime hedge has been returned to the park. Thus, the private gardens are given a shielded character with limited access to the apartments.
Furthermore, deep bursts on the roof terraces ensure privacy between the neighbors. The outdoor rooms thus create an atmosphere of landscape proximity and architectural quality. Inside, bricks are also used on selected exterior walls against the roof terrace, oak veneer around the core of the floor plan and oak piles in parts of the ceiling, as well as high-quality wooden floors. Other wall and floor surfaces, e.g. in the bathroom, has been open to the choice of buyers.


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EdLab Seminar: Domi Enders from Open Assembly
Jul 1, 2013 9:09 AM
Open Assembly is a cloud-based platform that allows instructors to assemble and share exceptional learning and curricular materials with their students, at a price all can afford. Our platform supports blended/hybrid and online course delivery. Educators can:
- Intuitively assemble resources and activities in a digital playlist (proprietary and open)
- Discover best in class open educational resources (OER)
- Easily manage digital rights
- Personalize learning and resources for each learner or group of students
- Deliver learning to students in an interactive personal learning environment (PLE)
- Analyze student engagement and progress with course analytics
Our
Open Library aggregates curricular resources ranging from expert-curated, chapter-level proprietary content to best in class OERs. Our community of curators includes educators, researchers, librarians and students with a passionate commitment to their area of expertise. Learning resources include open textbooks, articles, video, audio and image resources, documentary films, and more.
Domitilla Enders is an architect, educator, and industry expert in digital learning content. Prior to founding Open Assembly, she taught in the SUNY college system and ran her own NYC-based architecture firm for over 15 years. She holds degrees from Yale, The Cooper Union, and Parsons the New School of Design.
Twitter: @OpenAssemblyEdu
Open to all members of the university community.
If you are coming from outside the Edlab, please RSVP by July 15th by sending a message to Edlab at http://ednode.com/profiles/edlabtc/about (You must have/create an Ednode account and click on
).
EdLab Seminars take place on the 5th floor of Russell Hall at Teachers College Columbia University (525 W. 120th Street, NY, NY). For detailed directions within the College visit TC Route Finder: http://maps.tc-library.org


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Contact us¶
These resources are licensed under the Creative Commons Attribution ShareAlike 4.0 License . You may freely use and share these resources in any form, and adapt them to your own needs, without prior permission from us. However, you must give appropriate attribution, we would suggest by citing our names, the name of this resource and the URL. You must also share any adaptations you make under the same license, so you may not commercialise these resources in any way.
We’re really keen to hear about your experience using these resources, so whether you’ve just read one or two pages or gone through the entire site, please fill in our feedback form - it’ll only take a minute! Alternatively, to get in touch with us directly you can email<EMAIL_ADDRESS>we’d love to hear from you. We especially want to hear of any errors or omissions in these resources. We also welcome any contact about research collaborations. However, we regret that we cannot assist with setup and installation of computational resources, and that we are unlikely to be able to provide detailed assistance to help with understanding the concepts and software.
If you have specific issues with any of the software, you should contact the appropriate author by following the links on the software installation page.


Citigroup to launch digital savings account for American Airlines cardholders
(Reuters) - Citigroup Inc said on Monday it was planning to offer a high-interest online savings account early next year to users of its American Airlines co-branded credit card.
The savings account, Citi Miles Ahead savings account, will offer up to 50,000 miles as a sign-on bonus and a 25% boost on miles earned through the card, the bank said in a statement.
The digital service will only be available in areas where the bank does not have physical branches.
American Airlines did not immediately respond to Reuters’ request for comment.


CO2_conductance.Rd
Conductance to CO2 (umol / (m^2 s Pa))
- g_tc: total conductance to CO2
- g_uc: cuticular conductance to CO2
- g_bc: boundary layer conductance to CO2
- g_mc: mesophyll conductance to CO2
- g_sc: stomatal conductance to CO2
.get_gtc(pars, unitless) .get_guc(pars, surface, unitless) .get_gbc(pars, surface, unitless) .get_gmc(pars, surface, unitless) .get_gsc(pars, surface, unitless)
| pars | Concatenated parameters ( |
|---|---|
| unitless | Logical. Should |
| surface | Leaf surface (lower or upper) |
Total conductance to CO2 is the sum of parallel conductances on the lower (\(g_\mathrm{c,lower}\)) and upper (\(g_\mathrm{c,upper}\)) leaf portions:
$$g_\mathrm{c,total} = g_\mathrm{c,lower} + g_\mathrm{c,upper}$$
Each partial conductance consists of two parallel conductances, the cuticular conductance (\(g_\mathrm{u,c}\)) and the in-series conductances through mesophyll (\(g_\mathrm{m,c}\)), stomata (\(g_\mathrm{s,c}\)), and boundary layer (\(g_\mathrm{b,c}\)). To simplify the formula, I use substitute resistance where \(r_x = 1 / g_x\). For surface \(i\):
$$g_{\mathrm{c},i} = g_{\mathrm{u},i} + (1 / (r_{\mathrm{m},i} + r_{\mathrm{s},i} + r_{\mathrm{b},i}))$$
The cuticular, stomatal, and mesophyll conductances can be the same or different for upper and lower. The partitioning factors (\(k_x\)) divide the conductance between surfaces while keeping the total conductance constant:
$$g_{x,\mathrm{lower}} = g_x (1 / (1 + k_x))$$ $$g_{x,\mathrm{upper}} = g_x (k_x / (1 + k_x))$$ $$g_x = g_{x,\mathrm{lower}} + g_{x,\mathrm{upper}}$$
How the partitioning factors work:
| \(k_x\) | description |
| 0 | all conductance on lower surface/portion |
| 0.5 | 2/3 conductance on lower surface |
| 1 | conductance evenly divided between surfaces/portions |
| 2 | 2/3 conductance on upper surface |
| Inf | all conductance on upper surface/portion |
The boundary layer conductances for each are calculated on the basis of mass and heat transfer (see .get_gbc
).
| Symbol | R | Description | Units | Default |
| \(g_\mathrm{mc}\) | g_mc | mesophyll conductance to CO2 (T_leaf) | \(\mu\)mol CO2 / (m\(^2\) s Pa) | calculated |
| \(g_\mathrm{sc}\) | g_sc | stomatal conductance to CO2 | \(\mu\)mol CO2 / (m\(^2\) s Pa) | 4 |
| \(g_\mathrm{uc}\) | g_uc | cuticular conductance to CO2 | \(\mu\)mol CO2 / (m\(^2\) s Pa) | 0.1 |
| \(k_\mathrm{mc}\) | k_mc | partition of \(g_\mathrm{mc}\) to lower mesophyll | none | 1 |
| \(k_\mathrm{sc}\) | k_sc | partition of \(g_\mathrm{sc}\) to lower surface | none | 1 |
| \(k_\mathrm{uc}\) | k_uc | partition of \(g_\mathrm{uc}\) to lower surface | none | 1 |
#> #>#>#> #>library(photosynthesis) ## Hypostomatous leaf; default parameters bake_par <- make_bakepar() constants <- make_constants(use_tealeaves = FALSE) enviro_par <- make_enviropar(use_tealeaves = FALSE) leaf_par <- make_leafpar(replace = list(k_sc = set_units(0)), use_tealeaves = FALSE) leaf_par %<>% bake(bake_par, constants) enviro_par$T_air <- leaf_par$T_leaf pars <- c(leaf_par, enviro_par, constants) gbw_upper <- photosynthesis:::.get_gbc(pars, "upper", FALSE) # Lower surface ---- gbc_lower <- photosynthesis:::.get_gbc(pars, "lower", FALSE) gmc_lower <- photosynthesis:::.get_gmc(pars, "lower", FALSE) gsc_lower <- photosynthesis:::.get_gsc(pars, "lower", FALSE) guc_lower <- photosynthesis:::.get_guc(pars, "lower", FALSE) rc_lower <- 1 / gmc_lower + 1 / gsc_lower + 1 / gbc_lower gc_lower <- 1 / rc_lower gc_lower %<>% magrittr::add(guc_lower) # Upper surface ---- gbc_upper <- photosynthesis:::.get_gbc(pars, "upper", FALSE) gmc_upper <- photosynthesis:::.get_gmc(pars, "upper", FALSE) gsc_upper <- photosynthesis:::.get_gsc(pars, "upper", FALSE) guc_upper <- photosynthesis:::.get_guc(pars, "upper", FALSE) rc_upper <- 1 / gmc_upper + 1 / gsc_upper + 1 / gbc_upper gc_upper <- 1 / rc_upper gc_upper %<>% magrittr::add(guc_upper) ## Lower and upper surface are in parallel g_tc <- gc_lower + gc_upper g_tc#> 1.075716 [umol/m^2/Pa/s]


I am combat veteran and proven leader transitioning out of the military and into software development. Currently, I am a full stack web developer and novice jiu-jitsu player. My interest include software engineering, analytics, cyber security, big data, advocating for veterans suffering with PTSD, and reading historical - non fiction.
Technologies


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---
layout: post
title: 'The World''s #1 Open Science Supercomputer'
date: '2012-10-30T09:11:00.001-04:00'
author: ricleal
tags:
- Computing
- Geeky
comments: true
---
Titan will be the first major supercomputing system to utilize a hybrid architecture, or one that utilizes both
conventional 16-core AMD Opteron CPUs and unconventional NVIDIA Kepler graphics processing units
(GPUs).


Template for third party systems
You can find the LEEDS.GOV.UK template on GitHub. This provides a page template, including the LEEDS.GOV.UK header and footer and its assets.
{% extends "design-system-page-layout-guide.html" %} {% set section_id = "styles" %} {% set page_id = "layout" %} {% set page_title = "Layout" %} {% block sectionOneTop %}{% endblock %} {% block sectionLeftHandColumn %} {% include "includes/design-system/design-system-side-nav.html" %} {% endblock %} {% block sectionOneRightContent %}
We use Bootstrap 3.3 External link grid system.
You can find the LEEDS.GOV.UK template on GitHub. This provides a page template, including the LEEDS.GOV.UK header and footer and its assets.


You can contact the company by emailing us at<EMAIL_ADDRESS>or by chatting to us on our IRC channel below.


They Say Templates
Table of Contents
These are templates for stating what arguments or ideas you are responding to - what "they say".
Introducting What "They Say"
- It has become common today to dismiss __.
- In their recent work, Y and Z have offered harsh critiques of _ for _.
This is specifically for refuting criticisms of another's work.
Introducing Standard Views
- _ have always believed that _.
- Conventional wisdom has it that __.
- Common sense seems to dictate that __.
- The standard way of thinking about topic X has it that __.
- It is often said that __.
- My whole life I have heard it said that __.
- You would think that __.
- Many people assume that __.
This is to challenge widely accepted beliefs.
Making What "They Say" Something You Say
- I've always believed that __.
- When I was a child, I used to think that __.
- Although I should know better by now, I cannot help thinking that __.
- At the same time that I believe _, I also believe _.
This is a way to respond to what you used to believe or are ambivalent about.
Introduce Somenthing Implied or Assumed
- Although none of them have ever said so directly, _ have often given me the impression that _.
- One implication of X's treatment of _ is that _.
- Although X does not say so directly, she apparently assumes that __.
- While they rarely admit as much, __ often take for granted that.
These help you to look beyond what is being explicitly stated and look for the unstated assumptions and implications of what "they" are saying.
Introduce an Ongoing Debate
- In discussions of X, one controversial issue has been _. On the one hand, _ argues _. On the other hand, _ contends _. Others even maintain _. My own view is __.
This both allows you to acknowledge that there isn't a unanimous consensus on the subject and also gives you a chance to explore which side you believe to be correct.
- When it comes to the topic of _, most of us will readily agree that _. Where this agreement usually ends, however, is on the question of _. Whereas some are convinced that _, others maintain that __.
This opening shows where people agree and disagree on the subject.
Keep It In View
Don't just say what you are reacting to just once, remind the reader if it later using what the authors call "return" sentences.
- In conclusion, then, as I suggested earlier, defenders of _ can't have it both ways. Their assertion that _ is contradicted by their claim that __.
The Zinczenko Template
This is based on a fragment from "Don't Blame the Eater" by David Zinczenko.
If ever there was an idea custom-made for a Jay Leno monologue, this was it: _. Isn't that like _? Whatever happened to __?
I happen to sympathize with _, though, perhaps because _.


--- layout: newsstory title: News Story match: Atherstone 0 Yeltz 0 ---
Yet another 0-0 draw away from home - this time against Atherstone. We still haven't won away in the league this season and are only 10th in the table.


A class with methods with the same names as the rules of the grammar can be used to build a DOM.
test


{% extends 'layout/main.njk' %} {% set page_title = "Tux 🤵" %} {% set page_description = "A baseline toolkit to ease the building of static HTML sites or templated CMS builds. Using Webpack 4, Gulp, PostCSS, Nunjunks and BrowserSync." %} {% set page_slug = "" %} {%set body_classes = "page-homepage" %} {% block main %}


In Classic mode, your only goal is to solve as many operation as you can in 60 seconds! There are no consequences for giving wrong answers.
Survival mode:
In Survival mode your goal is to play as long as you can. You start with 30 seconds remaining, but every good answer gives you an extra 3 seconds. Time can go up to a maximum of 60 seconds. In this mode however, every wrong answer is punished with -1 seconds from your remaining time.


Screens have been proven to help save energy within the home throught out the year.
Blinds provide a sleek, clean look to the interior of your house provide privacy when you need it. A variety of size and color options are available.
Lead Designer/Owner
Juan grew up in McAllen and now resides in Edinburg with his wife.


continue shopping
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jQuery.treefilter
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Asia
-
South-West
South-East
Indonesia
Vietnam
malaysia
Far-east
China
North Korea
South Korea
Japan
Central
Mongol
kazakhstan
kyrgyzstan
Antarctica
-
Africa
-
Europe
United Kingdom
Sweden
Germany
France
Spain
Italy
Austria
Turkey
Russia
Denmark
Finland
Iceland
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Hungary
Middle-east
Saudi-Arabia
Iraq
Israel
Qatar
North America
USA
Canada
Mexico
Panama
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Columbia
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Written by Suchan Kim. MIT license.


- PackageConstants - Class in cip.render.raytrace.material
-
These are constants that control reflection and transmission recursion depth so ray-tracing does not get into
infinitely recursive loops.
- PackageConstants() - Constructor for class cip.render.raytrace.material.PackageConstants
-
- PackageConstants - Class in cip.render.util3d
-
Geometric computations for graphics are fraught with corner cases, particularly around vector normalization, matrix inversion
singularities, and ray intersection when the intersection is near the origin of the ray.
- PackageConstants() - Constructor for class cip.render.util3d.PackageConstants
-
- paint(Graphics) - Method in class cip.render.RenderCanvas
-
- Paraboloid - Class in cip.render.raytrace.geometry
-
This is the implementation of an elliptical paraboloid with tip at 0,0,0 in the object coordinate system.
- Paraboloid() -
Constructor for class cip.render.raytrace.geometry.Paraboloid
-
- parseACameraTag(Element) - Method in class cip.render.raytrace.camera.ACamera
-
- parseBlinnTag(Element) - Method in class cip.render.raytrace.material.Blinn
-
- parseMaterial(Element, LinkedList) - Method in class cip.render.raytrace.material.texture.ATexture
-
Parse a material from the xmlElement, the material may either be locally parsed or referenced from the
object library.
- Phong - Class in cip.render.raytrace.material.D
-
The cosine power slope-distribution function introduced by
Phong as D = (R.V)Ns.
- Phong() - Constructor for class cip.render.raytrace.material.D.Phong
-
Creates a new instance of Phong slope distribution.
- PinHole - Class in cip.render.raytrace.camera
-
This is The implementation of a pin-hole perspective camera.
- PinHole() - Constructor for class cip.render.raytrace.camera.PinHole
-
Creates a new instance of a PinHole camera.
- PIXEL_CONTRIBUTIONS - Static variable in class
cip.render.raytrace.RenderXmlOS
-
- PIXEL_SAMPLES - Static
variable in class cip.render.raytrace.RenderXmlOS
-
- PixelColour - Class in cip.render.raytrace
-
- PixelColour() -
Constructor for class cip.render.raytrace.PixelColour
-
- pkgFinishLoad()
- Method in class cip.render.raytrace.geometry.AGeometry
-
- pkgFinishLoad() - Method in class
cip.render.raytrace.geometry.AQuadricGeo
-
- pkgFinishLoad()
- Method in class cip.render.raytrace.geometry.PlanarPolyhedra
-
- pkgParseElement(Element, LinkedList<INamedObject>)
- Method in class cip.render.raytrace.geometry.AGeometry
-
This method is called for every element in the XML description that is not a material specification for the
object (common to all geometries and parsed by this abstract class)
- pkgParseElement(Element, LinkedList<INamedObject>)
- Method in class cip.render.raytrace.geometry.AQuadricGeo
-
- pkgParseElement(Element, LinkedList<INamedObject>)
- Method in class cip.render.raytrace.geometry.Cone
-
- pkgParseElement(Element, LinkedList<INamedObject>)
- Method in class cip.render.raytrace.geometry.Cylinder
-
- pkgParseElement(Element, LinkedList<INamedObject>)
- Method in class cip.render.raytrace.geometry.Ellipsoid
-
- pkgParseElement(Element, LinkedList<INamedObject>)
- Method in class cip.render.raytrace.geometry.Hyperboloid
-
- pkgParseElement(Element, LinkedList<INamedObject>)
- Method in class cip.render.raytrace.geometry.Paraboloid
-
- pkgParseElement(Element, LinkedList<INamedObject>)
- Method in class cip.render.raytrace.geometry.PlanarPolyhedra
-
- pkgParseElement(Element, LinkedList<INamedObject>)
- Method in class cip.render.raytrace.geometry.Sphere
-
- pkgThrowUnrecognizedXml(Element) - Method in class cip.render.raytrace.geometry.AGeometry
-
Throw are provide common messaging for an unrecognized tag in the XML object description.
- pkgToXml(Element)
- Method in class cip.render.raytrace.geometry.AGeometry
-
Override this function to add object-specific information to an XML node.
- pkgToXml(Element) - Method in class
cip.render.raytrace.geometry.Cone
-
- pkgToXml(Element)
- Method in class cip.render.raytrace.geometry.Cylinder
-
- pkgToXml(Element)
- Method in class cip.render.raytrace.geometry.Ellipsoid
-
- pkgToXml(Element)
- Method in class cip.render.raytrace.geometry.Hyperboloid
-
- pkgToXml(Element)
- Method in class cip.render.raytrace.geometry.HyperParaboloid
-
- pkgToXml(Element)
- Method in class cip.render.raytrace.geometry.Paraboloid
-
- pkgToXml(Element)
- Method in class cip.render.raytrace.geometry.PlanarPolyhedra
-
- pkgToXml(Element)
- Method in class cip.render.raytrace.geometry.Sphere
-
- pkgToXml(Element)
- Method in class cip.render.raytrace.geometry.XfmGeometry
-
- PlanarPolyhedra - Class in cip.render.raytrace.geometry
-
A convex planar polyhedra described by the plane equations of the faces.
- PlanarPolyhedra() - Constructor for class cip.render.raytrace.geometry.PlanarPolyhedra
-
Creates a new instance of PlanarPolyhedra
- Plane3f - Class in cip.render.util3d
-
A class representing a plane in 3D of single precision (the components are represented by float values),
hence the name Plane3f.
- Plane3f() - Constructor for class cip.render.util3d.Plane3f
-
Creates a new uninitialized instance of Plane3f.
- Plane3f(float, float, float, float) - Constructor for class cip.render.util3d.Plane3f
-
Instantiates an initialized instance of Plane3f.
- Plane3f(Vector3f, Point3f) - Constructor for class cip.render.util3d.Plane3f
-
Instantiates an initialized instance of Plane3f.
- Plane3fIntersection - Class in cip.render.util3d
-
A class representing a the intersection of a ray with a plane in 3D of single precision (the components are represented by
float values), hence the name Plane3fIntersection.
- Plane3fIntersection() - Constructor for class cip.render.util3d.Plane3fIntersection
-
Creates a new uninitialized instance of Plane3fIntersection.
- Point - Class in cip.render.raytrace.light
-
A point light source.
- Point() - Constructor for class cip.render.raytrace.light.Point
-
Creates a new instance of a Point light source.
- Point2f - Class in cip.render.util2d
-
- Point2f() - Constructor for class cip.render.util2d.Point2f
-
Creates a new instance of Point2f initialized to the origin.
- Point2f(float, float) - Constructor for class cip.render.util2d.Point2f
-
Creates a new instance of Point2f initialized to a specified location.
- Point2f(Point2f) - Constructor for class cip.render.util2d.Point2f
-
Creates a new instance of Point2f initialized to a specified location.
- Point3f - Class in cip.render.util3d
-
A class representing a point in 3D of single precision (the components are represented by float values),
hence the name Point3f.
- Point3f() - Constructor for class cip.render.util3d.Point3f
-
Creates a new instance of Point3f initialized to the origin.
- Point3f(float, float, float) - Constructor for class cip.render.util3d.Point3f
-
Creates a new instance of Point3f initialized to a specified location.
- Point3f(Point3f) - Constructor for class cip.render.util3d.Point3f
-
Creates a new instance of Point3f initialized to a specified location.
- pointAtDistance(Point3f, float) - Method in class cip.render.util3d.Line3f
-
Get the point at some parametric distance along the line.
- PointLight - Class in cip.CSE581.assign2c
-
- PointLight(RGBf, Point3f) - Constructor for class cip.CSE581.assign2c.PointLight
-
- PointLight - Class in cip.CSE581.assign3
-
- PointLight(RGBf, Point3f) - Constructor for class cip.CSE581.assign3.PointLight
-
- PointLight - Class in cip.CSE581.assign3b
-
- PointLight(RGBf, Point3f) - Constructor for class cip.CSE581.assign3b.PointLight
-
- PointLight - Class in cip.CSE581.assign4
-
- PointLight(RGBf, Point3f) - Constructor for class cip.CSE581.assign4.PointLight
-
- PositionTexture - Class in cip.render.raytrace.material.texture
-
Positions the texture by transforming the texture coordinates by a specified positioning transformation.
- PositionTexture() - Constructor for class cip.render.raytrace.material.texture.PositionTexture
-
Creates a new instance of PositionTexture
- preMul(Xfm4x4f) - Method in class cip.render.util3d.Xfm4x4f
-
Pre-multiply this transformation by another transformation..


Start by adding your first application.
Add application
Find out more in the Concepts guide`KEEP_ORIGINAL`.


CSS Grid Layout
Preface
History
Grid has the following functions:
You can create a grid with fixed track sizes – using pixels for example. This sets the grid to the specified pixel which fits to the layout you desire. You can also create a grid using flexible sizes with percentages or with the new fr unit designed for this purpose
You can place items into a precise location on the grid using line numbers, names or by targeting an area of the grid. Grid also contains an algorithm to control the placement of items not given an explicit position on the grid
You can define an explicit grid with grid layout. The Grid Layout specification is flexible enough to add additional rows and columns when needed. Features such as adding “as many columns that will fit into a container” are included
Grid contains alignment features so we can control how the items align once placed into a grid area, and how the entire grid is aligned
More than one item can be placed into a grid cell or area and, they can partially overlap each other. This layering may then be controlled with the z-index property.
The Grid container
One
Two
Three
Four
Five
.wrapper {
display: grid;
}
At this point, you may find it useful to work with the Grid Inspector, available as part of Developer Tools. You can see a small icon next to the value grid. Click this and then the grid on this element will be overlaid in the browser window.
Grid tracks
One
Two
Three
Four
Five
.wrapper {
display: grid;
grid-template-columns: 200px 200px 200px;
}
The fr unit
.wrapper {
display: grid;
grid-template-columns: 1fr 1fr 1fr;
}
Track listings with repeat() notation
.wrapper {
display: grid;
grid-template-columns: repeat(3, 1fr);
}
The implicit and explicit grid
.wrapper {
display: grid;
grid-template-columns: repeat(3, 1fr);
grid-auto-rows: 200px;
}
Track sizing and minmax
.wrapper {
display: grid;
grid-template-columns: repeat(3, 1fr);
grid-auto-rows: minmax(100px, auto);
}
Grid lines
When we define a grid we define the grid tracks, not the lines. Grid then gives us numbered lines to use when positioning items
Positioning items against lines
One
Two
Three
Four
Five
.box1 {
grid-column-start: 1;
grid-column-end: 4;
grid-row-start: 1;
grid-row-end: 3;
}
.box2 {
grid-column-start: 1;
grid-row-start: 3;
grid-row-end: 5;
}
Grid cells
A grid cell is the smallest unit on a grid. Conceptually it is like a table cell
Grid areas
Items can span one or more cells both by row or by column, and this creates a grid area
Gutters
.wrapper {
display: grid;
grid-template-columns: repeat(3, 1fr);
column-gap: 10px;
row-gap: 1em;
}
Nesting grids
.box1 {
grid-column-start: 1;
grid-column-end: 4;
grid-row-start: 1;
grid-row-end: 3;
display: grid;
grid-template-columns: repeat(3, 1fr);
}
Subgrid
.box1 {
grid-column-start: 1;
grid-column-end: 4;
grid-row-start: 1;
grid-row-end: 3;
display: grid;
grid-template-columns: subgrid;
}
Layering items with z-index
.box1 {
grid-column-start: 1;
grid-column-end: 4;
grid-row-start: 1;
grid-row-end: 3;
z-index: 2;
}
.box2 {
grid-column-start: 1;
grid-row-start: 2;
grid-row-end: 4;
z-index: 1;
}
If we give box2 a lower z-index than box1 it will display below box1 in the stack.


Titanic 2100 - Change the phone ringtone and notification sound
Document Id: KBDOC-00007
Created: 2010-04-19
Updated: 2010-04-21
Steps to change the phone ringtone for calls on your Titanic 2100
- From the Settings screen, tap Personalization.
- Tap Sounds.
- Tap Ringtone.
- Tap your preferred ringtone.
- You've now changed the ringtone.
Steps to change the notification ringtone for texts on Titanic 2100
- From the Settings screen, tap Personalization.
- Tap Sounds.
- Tap Text Tone.
- Tap your preferred ringtone.
- You've now changed the ringtone.
Steps to change the notification ringtone for emails on Titanic 2100
- From the Settings screen, tap Personalization.
- Tap Sounds.
- Scroll to and tap New Mail.
- Tap your preferred ringtone.
- You've now changed the ringtone.
Tags: mobilephone, changes, phonenumber, your, through, your, the


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Class LatitudePayCreatePosPurchaseRequest
Represents a request to create a new payment plan.
Inherited Members
Namespace: Yort.LatitudePay.InStore
Assembly: Yort.LatitudePay.InStore.dll
Syntax
public class LatitudePayCreatePosPurchaseRequest
Properties
| Improve this Doc View SourceBillingAddress
Gets or sets the billing address for this payment plan. Optional.
Declaration
[JsonProperty("billingAddress")]
public LatitudePayAddress BillingAddress { get; set; }
Property Value
| Type | Description |
|---|---|
| LatitudePayAddress | The billing address. |
See Also
| Improve this Doc View SourceCustomer
Gets or sets details about the customer the payment plan is for. Required (see remarks).
Declaration
[Required]
[JsonProperty("customer")]
public LatitudePayCustomer Customer { get; set; }
Property Value
| Type | Description |
|---|---|
| LatitudePayCustomer | A LatitudePayCustomer containing details of the customer. |
Remarks
You must provide a LatitudePayCustomer instance with the MobileNumber set, but providing additional details when known can speed the sign up process for new customers.
IdempotencyKey
A value unique to this payment, but common to all CreatePosPurchaseRequests sent for this payment, to ensure the payment is created only once.
Declaration
[JsonIgnore]
public string IdempotencyKey { get; set; }
Property Value
| Type | Description |
|---|---|
| String |
Remarks
This value is optional but highly recommended as without using it you cannot guarantee network problems and other issues won't lead to customers making payments the system doesn't know about.
Set this property to a value that is unique for this *payment* but the same for each call to CreatePosPurchaseAsync(LatitudePayCreatePosPurchaseRequest) for that payment. Any repeat requests using the same idempotency key value will return the original response without creating a second payment or sending the customer another message. If the original request never got processed (due to power failure, network outage etc) then the next request will be treated as the first one. This guarantees the customer gets one and only one request to make payment.
Products
Gets or sets details of the items purchased with this payment plan. At least one valid LatitudePayProduct is required.
Declaration
[JsonProperty("products")]
public IEnumerable<LatitudePayProduct> Products { get; set; }
Property Value
| Type | Description |
|---|---|
| IEnumerable<LatitudePayProduct> | The products purchased. |
Remarks
Note products collection may be enumerated multiple times as part of the validation and send processes, so should be a stable enumerable set and not a LINQ or dynamic query that might be subject to change or iterable only once.
The product information is informative only (displayed to customer and merchant when viewing transaction in LatitudePay portals), it is not required for the value of items to total to the payment amount etc.
See Also
| Improve this Doc View SourceReference
A unique reference for this payment plan. Required.
Declaration
[Required]
[JsonProperty("reference")]
public string Reference { get; set; }
Property Value
| Type | Description |
|---|---|
| String | The client generated reference for this payment plan. |
ReturnUrls
Gets or sets url's that will be used for callbacks when the payment plan changes status. Optional, can be null.
Declaration
[JsonProperty("returnUrls")]
public LatitudePayReturnUrls ReturnUrls { get; set; }
Property Value
| Type | Description |
|---|---|
| LatitudePayReturnUrls | The callback urls. |
ShippingAddress
Gets or sets the shipping address for products purchased with this payment plan. Optional.
Declaration
[JsonProperty("shippingAddress")]
public LatitudePayAddress ShippingAddress { get; set; }
Property Value
| Type | Description |
|---|---|
| LatitudePayAddress | The shipping address. |
See Also
| Improve this Doc View SourceShippingLines
Gets or sets a collection of details about shipments paid for with this payment plan, if any. Optional.
Declaration
[JsonProperty("shippingLines")]
public IEnumerable<LatitiudePayShippingLine> ShippingLines { get; set; }
Property Value
| Type | Description |
|---|---|
| IEnumerable<LatitiudePayShippingLine> | The shipping lines. |
Remarks
While you do not have to provide any shipping lines, this value cannot be null when sent to LatitudePay. If the value is left null, an empty array will be assigned for you when the request is sent.
See Also
| Improve this Doc View SourceTaxAmount
Gets or sets the amount of tax included in TotalAmount. Optional, can be set to zero for the currency of the payment.
Declaration
[JsonProperty("taxAmount")]
public LatitudePayMoney TaxAmount { get; set; }
Property Value
| Type | Description |
|---|---|
| LatitudePayMoney | The tax amount included in this payment plan. |
See Also
| Improve this Doc View SourceTotalAmount
Gets or sets the total amount. Must be a positive non-zero value.
Declaration
[Required]
[JsonProperty("totalAmount")]
public LatitudePayMoney TotalAmount { get; set; }
Property Value
| Type | Description |
|---|---|
| LatitudePayMoney | The total amount. |
Remarks
The amount specified here is the full amount charged as part of the payment plan. It does not have to match the sum of values from Products in the case of split payments or complex POS transactions.


Defining Constraints
Uniqueness, primary key, and foreign key constraints are informational only; they are not enforced by Amazon Redshift. Nonetheless, primary keys and foreign keys are used as planning hints and they should be declared if your ETL process or some other process in your application enforces their integrity.
For example, the query planner uses primary and foreign keys in certain statistical computations, to infer uniqueness and referential relationships that affect subquery decorrelation techniques, to order large numbers of joins, and to eliminate redundant joins.
The planner leverages these key relationships, but it assumes that all keys in Amazon Redshift tables are valid as loaded. If your application allows invalid foreign keys or primary keys, some queries could return incorrect results. For example, a SELECT DISTINCT query might return duplicate rows if the primary key is not unique. Do not define key constraints for your tables if you doubt their validity. On the other hand, you should always declare primary and foreign keys and uniqueness constraints when you know that they are valid.
Amazon Redshift does enforce NOT NULL column constraints.


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